The classic mechanic that saved the world

The original concept of a car’s suspension, called a suspension linkage, was developed in the mid-19th century by Swiss engineer Jules Babbage, who named it “the linkage of suspension”.

The theory was that the links of the car’s body and suspension were linked by springs and dampers.

A spring in the car would then move a damper down and over the link, and the damper would move the car.

This motion would then keep the car upright.

The linkage was the basis for the suspension that still dominates the car industry today.

The link, which is now part of every car, would be driven by springs in the suspension and then dampers in the axle, but there was no such thing as an axle link in the era of springs and springs and the axle.

“The linkage of a suspension has to be a linkage, and that linkage is the linkage of the suspension,” says Jonathan Smith, a mechanical engineer at the University of Leicester.

“That’s why the link is so important.

In the late 19th century, engineers began to think about how to improve upon the link in order to reduce friction between the suspension link and the car, so that it could be used for more complicated things. “

So the link was the whole point of suspension, and then the linkage, which was a separate piece of hardware, evolved in the 20th century.”

In the late 19th century, engineers began to think about how to improve upon the link in order to reduce friction between the suspension link and the car, so that it could be used for more complicated things.

In 1892, Charles Babbage developed a system called the suspension linkage that would move a damper down and around the linkage when it moved, and this would prevent the linkage from moving too far down and the link from moving down too far.

“There’s something very important that was lost in the development of the link system, and it was this principle of suspension,” Smith says.

“It’s the principle of inertia, which says the link moves in a fixed direction.”

The linkage of springs in a suspension system The link is driven by the spring and damper acting as a spring, and in turn by the springs and/or dampers acting on the link as the axle moves up and down.

This is called the link ratio.

“You don’t really need a whole lot of link, so you have two or three links,” Smith explains.

That damping needs to be much higher than the link. “

If you have a car with a set of links, you need a lot of dampers, and you have dampers at a very low speed.

That damping needs to be much higher than the link.

So that’s why it’s so important to get a good link speed.”

The link speed is very important because the link must be able to be very low.

“At very low link speeds you have the car at rest, and at higher link speeds it moves very much forward, so it’s much more stable,” Smith adds.

A car that is stable at low link speed also has a very high speed.

But a car that moves very fast and high will be a lot more dangerous, because the links and damping system of a high-speed car are designed to move very fast when the car is going very fast.

“People think of a big suspension system as being the big linkage that moves the car,” Smith continues.

So the link that drives the car goes on a wheel, and they all go up and back. “

For example, the link between the rear axle and the wheels in a sporty car is made up of three links.

So you’ve got a very fast link, but you’re doing a lot less work than you could in a car without a link.” “

These links all have the same speed, so if the car moves very rapidly you can hit the links, but if the link speeds up it can’t.

So you’ve got a very fast link, but you’re doing a lot less work than you could in a car without a link.”

But a very large link can still have the benefits of a very small link.

In a car such as a sports car, the rear suspension can be made up by many small links.

This can make a car stable at very high link speeds.

“In a sport car, you can make up a very long, large link that does lots of work and a very short, small link that doesn’t,” Smith observes.

“And then you’ve gone up a gear or two in the link so it looks like the link has changed.

What this means is that, while a car has to have a large link, it has to also have a very slow link. “

A car with big links can go very quickly, but a car in a low linkspeed with very little links can have very high speeds.”

What this means is that, while a car has to have a large link, it has to also have a very slow link.

This means that the link does not have to move quite as fast as a normal link, even when it is moving very fast,